The link I gave above does not work byt this one might https://www.osapublishing.org/oe/fulltext.cfm?uri=oe-22-13-16112&id=294258
On Fri, Nov 4, 2016 at 3:39 PM, Axil Axil <[email protected]> wrote: > What is really going on inside the SunCell? Surface Plasmon Polaritons are > involved. > > http://www.svn.net/krscfs/Permittivity Transitions.pdf > > PERMITTIVITY TRANSITIONS by Ken Shoulders > > > > One of the amazing accomplishments of Ken Shoulders is this experiment > including photos of the life cycle of Surface Plasmon Polariton creation, > transformation, and termination. > > On page 4, Ken Shoulder(KS) captures the creation of a SPP just after a > spark discharge. Shoulders calls the bright mode SPP a White EV, and a dark > mode SPP a Dark EV. > > For a description of dark and bright mode SPP's see > > https://www.osapublishing.org/oe/fulltext.cfm?uri=oe-22-13-16112&id=294258 > > Determination of the absorption and radiative decay rates of dark and > bright plasmonic modes > > > > One amazing finding that Ken Shoulders demonstrated was element > transmutation just through the action of spark discharge...no hydrogen...no > transition metal...just a spark. > > This LENR mechanism can be attributed to the production of nanoparticles > from the condensation of the metal vapor from electrode material heated by > the spark. SPPs form on the surface of these nanoparticles in the interface > layer between the metal and the air, a dielectric. > > The SPPs follow the spark path and as KS shows first form a bright mode > SPP. This bright mode SPP then transforms into a Dark mode SPP which stores > energy in a Bose condinsate which results in the generation of a monopole > magnetic flux lines. > > The bright mode SPP shows dipole activity, but the dark mode SPP shows > little of no dipole activity, but as KS found, Dark mode SPP produces a > monopole magnetic field. > > Unidirectional Current Flow: > > Under the conditions of white and black EV looping as stated above, there > is an electrical peculiarity worth noting. The current flows in only the > white EV direction thus giving the basic conditions for magnetic field > generation without closing the current loop. The return charge flows around > the other half of the loop without being registered in our instruments. > This might be the basis for predicting something like a magnetic monopole. > > > > The Dark mode SPP is typified by the onset of a condensation of polaritons > to form a polariton BEC which acts like a EMF black hole. This BEC > comprises both electrons and photons in an entangled state. > > The decay of the Dark mode soliton produces a shower of ions as picture 5 > shows. > > The Lochak monopole is produced by spark discharge in like fashion to KS's > EV solitons, but since the spark occurs in water. a spark based cavitation > process generates a water crystal, the particle type that hosts the SPP is > comprised of metalized water and condensed titanium vapor. > > As a SPP BEC whose energy storage capacity is huge, the monopole analog > that this BEC simulates is multi MeV up to GeV in energy capacity. > > The SPPs find a home on the negatively charged surface of the metalized > hydride and begin to store energy as the metallized hydride first entangles > an atom in its beam path and then break it apart producing mesons and muons. > > On Thu, Nov 3, 2016 at 11:54 PM, Jones Beene <[email protected]> wrote: > >> The recent revelation from Mills/ BrLP … that after 25 years and $100 >> million spent, the most effective catalyst found thus far is silver… and >> he uses it in the form of vapor by passing an electric arc… this scenario >> raises >> the question of an alternative method which could be implemented at lower >> operating parameters. >> >> The boiling point of silver is almost 4000F (2190 C) which is out of >> the question for most experimenters. An alternative to thermal vaporization >> would be a mist or fog – possibly created from the liquid state by >> ultrasonics – similar to the foggers are used with water. In the case of >> silver, the melting point is high as a pure metal; however, silver is >> notorious for forming eutectics with markedly lower m.p. >> >> The most interesting eutectic found so far for LENR would be >> lithium-silver; since lithium may catalytic in a different way as well >> as active for a fusion reaction. Thus a lithium-silver eutectic which >> melts at less than 300 C could be irradiated with ultrasound to produce >> a catalytic fog or mist in a near vacuum chamber which is much easier to >> pull off on a small scale than the massive arc required to vaporize >> silver. Ionization would be initiated using a radioactive isotope and be >> come self-sustained at a higher level by EUV emission. >> > >
